Blogs - Semiconductor

March 19, 2019

DFT Cost Reduction and Improved TTR with Shared Scan-in DFTCODEC

With advanced technology nodes, the SoCs are growing in density and gate count. This creates

Blog
March 11, 2019

A Guide on Logical Equivalence Checking – Flow, Challenges, and Benefits

Introduction The VLSI design cycle is divided into two phases: Front-end and Back-end. Front-end covers

Blog
December 28, 2018

Product Design Services for Intelligent Vending Machine Systems [Video Infographic]

Retail companies feel the need to improve the process and turnaround times for moving a

Blog
November 29, 2018

DFT Challenges for Phase-Shifted Functional Clocks

The use of mixed-signal processing is becoming vital among a wide variety of applications like

Blog
November 20, 2018

System Verilog Assertions Simplified

Abstract Assertion is a very powerful feature of System Verilog HVL (Hardware Verification Language). Nowadays

Blog
November 19, 2018

Overcoming challenges of futuristic transistor technology below 5nm node

The ‘Semiconductor era’ started in 1960 with the invention of the integrated circuit. In an

Blog
November 12, 2018

Power Dissipation in VLSI: Moving to Low Power SoC Design While Improving Performance

In this day and age, we need sleeker devices with more capabilities and longer battery life. This can be accomplished by packing more components on smaller chips, thus moving to low geometry chip design. However, power dissipation or leakage current occurs in all the circuits that are currently used, which increases the overall power consumption, making it less suitable for mobile applications. This blog talks about the types of power dissipation and also mentions the ways to prevent this voltage loss.

Blog
September 3, 2018

Correlation of Routability and Placement Density for better QoR in 16nm technology

In any physical design procedure, Placement and Routing are the two chief steps. To get

Blog
August 25, 2018

Evaluating Potential Business Benefits of FPGAs

As consumer demand keeps changing, manufacturers need to change or upgrade their product to stay relevant. FPGAs are designed to provide the required flexibility and make changes to the device functionalities at any point even after deployment at the customers’ end. This blog will discuss how FPGAs can provide noteworthy benefits to enterprises.

Blog

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